Dr. Roman Fomin/WEBINAR REPLAY: The Nightmares of Elite Sport: Overtraining, Injury & Performance Collapse

  • $150

WEBINAR REPLAY: The Nightmares of Elite Sport: Overtraining, Injury & Performance Collapse

  • 1 Lesson
  • 30-day access

Presenter: Dr. Roman Fomin
Originally Presented: October 25, 2025
Format: Full HD video with synchronized slides
Duration: 2 hours 24 minutes

Behind every world-class performance lies a constant risk: pushing too far. Overtraining, injury, and performance collapse represent the most destructive threats in elite sport. Left unrecognized, they not only end seasons - they shorten careers.

This exclusive replay grants full access to the live masterclass recorded in real time, including a 1h 41min structured presentation followed by an extended 43min Q&A session with applied case discussions and audience interaction.

In this masterclass, Dr. Roman Fomin presents advanced, evidence-based strategies to detect, prevent, and manage the breakdowns that occur when training exceeds the body’s adaptive capacity. Complex mechanisms of maladaptation - spanning central fatigue, autonomic dysregulation, musculoskeletal overload, and systemic stress - are translated into practical diagnostic and management tools for coaches, practitioners, and performance scientists.

You will learn how to recognize, monitor, and mitigate early signs of overtraining, autonomic imbalance, and systemic fatigue - transforming complex mechanisms of maladaptation into practical tools for performance protection and long-term sustainability.

What You’ll Gain

  • Recognition & Early Detection – learn the key physiological and behavioral warning signs of overtraining and impending injury.

  • Assessment Tools – validated methods to monitor recovery, load tolerance, and windows of adaptability.

  • Prevention Strategies – evidence-based approaches to structure training, recovery, and regeneration for long-term sustainability.

  • Crisis Management – protocols for managing performance collapse and guiding safe return to peak form.